CN107235170A

CN107235170A - A kind of coating materials applied to sealing machine is oriented to packing device and a kind of sealing machine

Info

Publication number: CN107235170A
Application number: CN201710602440.8A
Authority: CN
Inventors: 叶良钱
Original assignee: Individual
Current assignee: Individual
Priority date: 2017-07-21
Filing date: 2017-07-21
Publication date: 2017-10-10

Abstract

The present invention provides a kind of coating materials applied to sealing machine and is oriented to packing device and a kind of sealing machine, and a kind of coating materials applied to sealing machine, which is oriented to packing device, includes spacing adjusting device, set square or so synchronous micro-adjusting device, conveyer above and below set square；The coating materials that coating materials is oriented on packing device can will be effectively delivered into by coating materials conveying device entirely be deployed, it is to avoid the phenomenon such as one piece of fold or folding shrinking occurs in coating materials；Coating materials is oriented to packing device and can in time adjusted according to the size dimension difference of thing to be packaged, so that coating materials goes to be wrapped thing to be packaged with carrying out upper and lower surface in preferably position from thing to be packaged all the time, reach and remain small gap between coating materials and thing to be packaged, it is to avoid the waste to coating materials excessive use occur；Small gap will be being kept between coating materials and thing to be packaged simultaneously, also improving follow-up coating materials guiding packaging mechanism and be packaged efficiency to wrapping thing to be packaged via coating materials.

Description

A kind of coating materials applied to sealing machine is oriented to packing device and a kind of sealing machine

Technical field

The present invention relates to packaging machine field, specifically a kind of coating materials applied to sealing machine is oriented to packing device And it is a kind of

Sealing machine.

Background technology

Sealing machine is the packing machine of full-automatic unmannedization operation, is widely used in the continuous productive process of batch production packaging, work Efficiency high, automatic film transmitting, automatic coating sealing, automatic rolling shrinks.Authorization Notice No. is CN203143078U Chinese patent File discloses a kind of full-automatic sealing machine, mainly including main frame, induction system, closing-cutting mechanism, film feeding system, recovery system System, control system and motor；Induction system, closing-cutting mechanism, film feeding system, recovery system are arranged at the support of main frame side On, it is made up of in closing-cutting mechanism structure force piece, rotary shaft, aluminum frame, screw mandrel, protective cover, adjusting screw rod, bolster, cutting die, it is main Adjusting rod is additionally provided with framework, recovery system, which is arranged in the side of closing-cutting mechanism, structure, to be included taking film chain, expense film chain Cover, take film bracket, the assembling of expense film, take film winding wheel, the induction system below closing-cutting mechanism, its lower end is provided with foot stool and universal Wheel.The similar full-automatic sealing machine of in the market, its packaging film is generally all affixed on the roller bearing on support, and film is dragged into conveying In the supporting plate taken, supporting plate is in triangle tabular, is arranged at the top of conveyer belt, and the one side of film is located at the upside of conveyer belt, Another side is located at the downside of conveyer belt, struts film through set square and constitutes certain accommodation space, and closing-cutting mechanism side is also provided with the The roll shaft for being used for dragging packaging film is provided with two conveyer belts, the second conveyer belt, roll shaft rotates and drags packaging film at closing-cutting mechanism, Article to be packaged is needed to prevent as packaging film is moved at closing-cutting mechanism together on conveyer belt, closing-cutting mechanism is carried out to packaging film Sealing.Also need to carry out thermal contraction to packaging film by thermal contraction machine by the packaged article of sealing so that film is fitted completely In the surface of article.In the past due to sealing it is good after can be by thermal contraction to film progress pyrocondensation, therefore existing sealing machine is to article All lack during mantle packaging film is carried out it is smooth wait operation, this results in many packaging films when being placed on article, film and thing Gap is excessive between product, amount of membrane increase, increases production cost, and excessive with film, and gap is excessive subsequently to receive by thermal contraction machine During contracting, time-consuming increase used so that some articles by the transmission of thermal contraction machine after being brought out, and packaging film fails complete patch Together in article surface, or there is laminating caudacoria surface because overlapping shrinks the phenomenon of generation fold, influence product is attractive in appearance.

The content of the invention

In view of the deficienciess of the prior art, it is an object of the invention to provide can be according to thing size dimension to be packaged not A kind of good sealing machine and one of compact, effect is packed with the utilization rate and guarantee that effectively improve packaging coating materials with being adjusted Plant and be oriented to packing device applied to the coating materials of sealing machine.

In order to achieve the above object, the present invention provides following technical scheme：

A kind of sealing machine, including for conveying the coating materials conveying device of coating materials, packing material is treated for drawing guiding coating materials The coating materials guiding packing device of parcel packaging is carried out, and thing to be packaged is wrapped via coating materials for traction guiding being sealed The coating materials of dress is oriented to packaging mechanism；

The coating materials, which is oriented to packing device, to be included being used in above-below direction (the i.e. longitudinally perpendicular conveying side before and after thing to be packaged To) on spacing adjusting device above and below the how many set square of spacing between set square under set square and point film on regulation point film, be used for The set square and under point film three on mobile point of film of regulation on left and right directions (i.e. laterally perpendicular to conveying direction before and after thing to be packaged) Set square of gusset or so synchronous micro-adjusting device, and for transmitting the conveyer of thing to be packaged；

The coating materials, which is oriented to packaging mechanism, to be included being sealed for the coating materials that traction guiding conveying has wrapped thing to be packaged The coating materials guider of dress, for being oriented to perpendicular to coating materials on conveying direction to coating materials guider progress upper-lower height tune The 3rd whole adjusting means, and wrapped thing coating materials to be packaged for entering along coating materials guider in presumptive area Carry out the coating materials packaging system that horizontal direction and lateral are packaged.

As preferred, the coating materials conveying device includes first and places coating materials roller, second places coating materials roller, pin hole Wheel, brush cylinder, film feeding rubber cylinder, belt tensioning drum, the first cuticula roller, the second cuticula roller, the 3rd cuticula roller, coating materials Guide roller, two shelves film bars, double slideway synchronizing wheels, the first timing belt, the second timing belt, coating materials tightening regulator, regulations Axle support plate, high high adjustment annulus, set square under set square and point film on point film, wherein：One is provided between two shelves film bars Contracting coating materials is furled, the first placement coating materials roller and the second placement coating materials roller are arranged equally spaced at where two shelves film bars respectively Plane front and rear sides, the first placement coating materials roller and the second placement coating materials roller support to abut and shrink coating materials respectively upwards, the One placement coating materials roller and the second placement coating materials cylinder outer wall face are bonded to each other with contraction coating materials all the time, and coating materials rolling is placed first Contraction coating materials is driven to carry out rotation together during cylinder and the second placement coating materials roller rotation；Double slideway synchronizing wheels are same by first Step band is connected with the second placement coating materials drum drive, and double slideway synchronizing wheels are driven by the second timing belt and film feeding rubber cylinder to be connected Connect；Realize that synchronizing driving to the second placement coating materials roller and film feeding rubber cylinder rotates by double slideway synchronizing wheels；

The pin hole wheel and brush cylinder are arranged side by side in anterior-posterior horizontal shape, and are formed between pin hole wheel and brush cylinder For the first gap for clamping and passing through coating materials；While driving the pin hole wheel to carry out rotation, the pin hole wheel can be to passing through First gap is simultaneously wrapped in the coating materials in brush cylinder and punched；The film feeding rubber cylinder and belt tensioning drum are in front and rear water It is flat-shaped to be arranged side by side, and form between film feeding rubber cylinder and belt tensioning drum the second gap for clamping and passing through coating materials；

The coating materials tightening regulator include left and right be arranged side by side two tension regulator arms, counterweight axis, balance match somebody with somebody Pouring weight, two or so vertical tensioner arms and tension adjustment axle side by side, two tensioner arm bottoms respectively with belt tensioning drum If shaft core two ends be fixedly connected, two tensioner arm tops respectively with corresponding tension adjustment arm rest middle part fix connect Connect；The front end position of two tension regulator arms is movably set on tension adjustment axle respectively so that two tension regulator arms can Swung up and down around tension adjustment axle；Counterweight block is linked with counterweight axis one end telescopic movable, specifically：Can be with Connected using the form telescopic slide formula of cylinder and its piston rod, the counterweight axis other end (i.e. close to tension adjustment axle one end) With the front end position fixed-link of tension regulator arm；Such structure design, counterweight block is moved down along on counterweight axis It is dynamic so that counterweight block changes relative to the centroidal distance of tension adjustment axle, so as to realize positioned at tension adjustment axle one The counterweight block of side is swung up and down around tension adjustment axle, while two tension force positioned at tension adjustment axle opposite side are adjusted Joint arm and also correspondingly swung up and down with two tensioner arms of two tension regulator arm integrally connecteds；It is achieved thereby that Regulation and control to the second cuticula roller and belt tensioning drum upper-lower position；

The second cuticula that rate of tension is transmitted for adjusting coating materials is provided between the rear end position of two tension regulator arms Roller；First cuticula roller and the 3rd cuticula roller are mounted side by side on above the second cuticula roller, the first cuticula roller and the 3rd Cuticula roller is used to coordinate the second cuticula roller to come together to adjust coating materials transmission rate of tension；Coating materials guide roller is arranged on second In regulation axle support plate below cuticula roller, coating materials guide roller regulates and controls this by the high high adjustment annulus on its end Coating materials guide roller upper-lower height in regulation axle support plate；The design of the structure, so according under set square and point film on point film Different height position where set square can regulate and control upper-lower height of the coating materials guide roller in regulation axle support plate at any time, to ensure Horizontal plane where coating materials guide roller is always positioned on point film set square and divided under film in the middle of set square.

As preferred, deployed by the coating materials shunk on coating materials, the coating materials places film down around first successively Feed roller and towards the first gap extended through positioned between pin hole wheel and brush cylinder, then down around brush cylinder simultaneously Towards the second gap between film feeding rubber cylinder and belt tensioning drum is extended through, then down around after belt tensioning drum again Up around the first cuticula roller, then down around after the second cuticula roller again up around the 3rd cuticula roller, then to Under bypass after coating materials guide roller and to be deployed and be pointed to three on point film towards set square under set square on point film or point film Gusset and person divide under film between set square material upper surface or lower surface to carry out capping coating materials to be packed.

As preferred, spacing adjusting device includes the first adjusting handle, the first regulation screw mandrel, the above and below the set square One nut block, adjusting rod upper fixed seat, for the upper set square fixed plate of set square on point film to be fixedly mounted, for being fixedly mounted It is divided to the lower set square fixed plate of set square under film and for being oriented to two sideslips that upper set square fixed plate is moved up and down Bar, wherein：First adjusting handle is connected with the first regulation screw mandrel coaxial transmission, and the first regulation screw mandrel is passed through successively from top to bottom By straight between break-through toning pole upper fixed seat and upper set square fixed plate, and the first regulation screw mandrel and adjusting rod upper fixed seat Bobbin holds sliding connection, the first regulation screw mandrel and is connected with upper set square fixed plate screw thread；Specifically：First regulation silk Bar and the first nut block screw thread being fixedly mounted in the upper set square fixed plate of guiding are connected；

Two sideslip bars are fixedly mounted between adjusting rod upper fixed seat and lower set square fixed plate, this two sideslips Bar extends through set square fixed plate from top to bottom, and two sideslip bars are slidably matched company with upper set square fixed plate respectively Connect；The design of the structure, starts first adjusting handle and is rotated and drive the first regulation screw mandrel to be rotated forward simultaneously Or reversely rotate, upper set square fixed plate is caused by the rotating forward or reversion of the first regulation screw mandrel and upper triangle is fixed on Set square elevating movement in the vertical direction on point film in plate fixed plate；So as to realize set square and triangle under point film on point film Spacing regulation how much between plate.

Set square is fixedly mounted in conveying support frame by lower set square fixed plate under described point of film, triangle under point film Plate and conveying support frame are installed in below the conveyer for conveying thing to be packaged；

Described set square or so synchronous micro-adjusting device includes the second adjusting handle, the second regulation screw mandrel, framework supporting plate, two Root second straight line guide rod, four second straight line sliding blocks and two pieces of side fixed plates in left and right side by side, wherein：Described two second The left and right ends of linear guide are respectively erected in two pieces of side fixed plates, and two are arranged with every second straight line guide rod Two linear sliders, and these second straight line sliding blocks can be along corresponding second straight line guide rod or so sliding back and forth, these Second straight line sliding block is fixedly mounted on framework supporting plate bottom surface；Second adjusting handle is coaxially passed with the second regulation screw mandrel Dynamic connection, the second regulation screw mandrel by extending through framework supporting plate and being connected with the framework supporting plate screw thread from left to right；Institute Framework supporting plate is stated to be fixedly connected integrally with conveying support frame；Start second adjusting handle rotate and drive simultaneously Second regulation screw mandrel is rotated forward or reversely rotated, and causes framework branch by the rotating forward or reversion of the second regulation screw mandrel Fagging and together with the conveying support frame being fixedly connected in framework supporting plate along two second straight line guide rods to the left or Sliding to the right；Because set square is fixedly mounted in conveying support frame by lower set square fixed plate under point film, and point Set square is structure as a whole in the lateral direction with set square under point film on film；So have effectively achieved on point film set square and Set square under film is divided to be moved in the synchronous adjustment of left and right directions.

As preferred, set square bottom surface and it is installed with point film below upper set square fixed plate for limiting The upper coating materials support frame of position conveying coating materials, i.e., such structure, it is ensured that the coating materials positioned at upper strata is always positioned at thing to be packaged Above product and it is fitted on point film on set square bottom surface.

As preferred, set square membrane front is installed with and is used in conveying support frame and under point film The lower coating materials support frame of spacing conveying coating materials；Two side ends in upper coating materials support frame upper surface are provided with optoelectronic induction and opened Close, specifically, photoelectric sensor switch is made up of the correlation type photoelectric sensor switch including transmitter and receiver；The light Inductance inductive switch upwardly extends and protrudes the upper surface of conveyer.

Wherein：The operation principle of the photoelectric sensor switch is：Divide triangle under film when thing to be packaged enters along conveyer Plate membrane foremost edge while, also enter simultaneously in the detection range of photoelectric sensor switch, now thing to be packaged is by photoelectricity The light beam that inductive switch is launched is blocked (i.e. receiver can not receive the light beam that the spontaneous emitter of origin is sent), light The signal now sensed is transferred to sealing-cutting device and opens the sealing-cutting device by inductance inductive switch, and the thing to be packaged is smoothly defeated It is fed into the range of sealing；It is gradually moved forward in thing to be packaged and leaves under point film set square membrane foremost behind edge, this When the thing to be packaged light beam of being launched photoelectric sensor switch smooth unobstructed (i.e. receiver can swimmingly receive origin The light beam that spontaneous emitter is sent), the signal now sensed is transferred to sealing-cutting device and closes the sealing by photoelectric sensor switch Device, so as to complete to carry out sealing operation to two layers of the packaging coating materials up and down for being wrapped in thing to be packaged.

As preferred, the conveyer includes transmission motor, feed belt, drive roll, rate of tension regulation roller Group and driven roller, wherein：Feed belt is arranged on above conveying support frame；Feed belt bypasses drive roll, opened successively Tightness adjusts roller group and driven roller, and the transmission motor is used to drive drive roll to carry out rotation, so as to drive transmission skin Band adjusts roller group along drive roll, rate of tension successively and driven roller carries out shuttling movement.

As preferred, the coating materials guider includes coating materials and is oriented to motor, first gear, second gear, the Three gears, upper active directive wheel, lower active directive wheel, upper driven guide wheel, lower driven guide wheel, upper guiding band, lower guiding band, Upper sizing support frame, lower sizing support frame, wherein：Coating materials is oriented to the output shaft of motor and first gear coaxial transmission connects Connect, first gear is connected by second gear with the 3rd gear drive, and biography is intermeshed between first gear and second gear Dynamic connection, is intermeshed drive connection between second gear and the 3rd gear；Specifically：First gear, second gear and the 3rd Gear is arranged side by side successively from top to bottom successively, and second gear is identical with the 3rd gear size size specification, to ensure the second tooth The uniformity of wheel and the 3rd gear autorotation speed；Second gear is connected with lower active directive wheel coaxial transmission, the 3rd gear with it is upper Active directive wheel coaxial transmission is connected, and guiding band is arranged between upper active directive wheel and upper driven guide wheel, lower active is led To lower guiding band is arranged between wheel and lower driven guide wheel, it can be pressed from both sides close to fitting part between upper guiding band and lower guiding band Moved with coating materials from active directive wheel end to driven guide wheel end；The upper sizing support frame is supported for sizing to be drawn on this Conduction band, upper sizing support frame is arranged between active directive wheel and upper driven guide wheel and abutted with upper guiding band medial surface；

The lower sizing support frame supports the lower guiding band for sizing, and lower sizing support frame is arranged on lower active and is oriented to Wheel is abutted between lower driven guide wheel and with lower guiding band medial surface；Such structure design so that above guide band to draw with Close part can clamp coating materials all the time between conduction band, to ensure that coating materials is oriented to the Accuracy and high efficiency of conveying.

The coating materials is oriented to motor, first gear, second gear, the 3rd gear and is fixedly mounted on regulation up and down admittedly Determine in framework, and upper sizing support frame, lower sizing support frame are fixedly connected with regulation fixed frame up and down respectively；3rd regulation dress Put regulation fixed frame should be moved up and down up and down by driving, and coating materials guider is integrally moved up and down so as to realize Adjustment.

3rd adjusting means includes the 3rd adjusting handle, the 3rd regulation screw mandrel, the 3rd nut block, two the 3rd straight lines Guide rod, two group of the 3rd linear slider, upper fixed support plate and lower fixed support plate, wherein：3rd adjusting handle and the 3rd The connection of screw mandrel coaxial transmission is adjusted, the 3rd regulation screw mandrel extends through fixed support plate and with being fixedly mounted on from top to bottom The 3rd nut block screw thread on lower regulation fixed frame is connected；Two the 3rd linear guides are fixedly mounted on fixed support Between plate and lower fixed support plate, and slip cap is distinguished provided with one group of the 3rd linear slider on this two the 3rd linear guides, These the 3rd linear sliders are fixedly mounted on regulation fixed frame up and down；Such structure design, realize two it is the 3rd straight Line guide rod is used to adjust fixed frame above and below guiding and adjusts the coating materials guider that fixed frame is fixedly connected up and down with this Adjustment is moved up and down along this two the 3rd linear guides.

The coating materials packaging system is oppositely arranged above and below packaging system under packaging system on coating materials and coating materials and formed； Packaging system uses structure design symmetrical above and below with packaging system under coating materials on coating materials；Wherein：Packaging system bag on the coating materials Include encapsulation the first servomotor of driving, the first driving gear, the first driven gear, the first main screw mandrel, the first main screw, upper support Plate, upper motor support plate, four side upper screw rods, adjusting screw rod upper mounted plate, upper tranverse blade frame, horizontal sealing is fixed a cutting tool, upper side tool post, Latasuture is fixed a cutting tool, upper guide spiro rod, wherein：Encapsulation first servomotor of driving and the first driving gear coaxial transmission connect Connect, the first driving gear is connected by feed belt and the first driven gear, and the first driven gear and the first main screw mandrel are same Axle is connected；First main screw mandrel and the first main screw screw thread being fixedly mounted on upper backup pad are connected；Starting envelope Dress driving the first servomotor after, encapsulation driving the first servomotor by drive the first driving gear rotated forward or Reversely rotate, and then the first main screw mandrel for driving the first driven gear and being connected with the first driven gear coaxial transmission is carried out Rotate forward or reversely rotate, so as to realize the first main screw and the upper backup pad one being fixed as one with the first main screw Rise to move up and perhaps move down；

Four side upper screw rods being mutually arranged side by side are installed with upper backup pad, this four side upper screw rods by On down sequentially pass through by upper motor support plate and be fixedly connected with adjusting screw rod upper mounted plate downwards；Specifically：Every side It is slidably connected between side upper screw rod and upper motor support plate by linear bearing；Wherein：Encapsulation driving the first servo electricity Machine, the first driving gear, the first driven gear and the first main screw mandrel are fixedly mounted in motor support plate；The horizontal sealing Fix a cutting tool and be fixedly connected by upper tranverse blade frame with adjusting screw rod upper mounted plate, and latasuture is fixed a cutting tool by upper side tool post and regulation Screw rod upper mounted plate is fixedly connected；Such structure design so that horizontal sealing is fixed a cutting tool, latasuture is fixed a cutting tool with consolidating on adjusting screw rod Fixed board is into a single integrated structure, moves upwardly together or moves down in company with upper backup pad along four side upper screw rods, i.e., on coating materials Extruding encapsulation close to each other has wrapped thing coating materials to be packaged or to it between packaging system under packaging system and the coating materials Reset is separated from each other after encapsulation.

As preferred, fixed a cutting tool in horizontal sealing between upper tranverse blade frame and latasuture is fixed a cutting tool between upper side tool post It is spaced to be mounted side by side on coating materials under packaging system and the coating materials between packaging system in mutually extruding encapsulation process Multiple fix a cutting tool buffering mounting seat and the multiple upper guide spiro rods of buffering effect are played, wherein：Each buffering mounting seat of fixing a cutting tool Including stage clip, Upper gasket, support bar and lower gasket are installed, support bar is installed and extends through upper tranverse blade frame from lower to upper and extends into Enter horizontal sealing fix a cutting tool in and extend through side tool post from lower to upper and extend into latasuture fixes a cutting tool, Upper gasket is fixed Withheld installed in installation supporting bar top and by end face on the upside of upper tranverse blade frame or upper side tool post upside face；Lower gasket is slided It is set on installation support bar, lower gasket bottom face is abutted with the stage clip top ends being set on installation support bar, stage clip bottom Portion is fixed a cutting tool with horizontal sealing or latasuture is fixed a cutting tool and abutted.The design of the structure, it is ensured that horizontal sealing fixes a cutting tool between upper tranverse blade frame, And latasuture stress extruding of fixing a cutting tool between upper side tool post carries out that in encapsulation process certain buffering effect can be produced.

Using with packaging system essentially identical configuration on the coating materials, packaging system includes encapsulation and driven under the coating materials First servomotor, the second driving gear, the second driven gear, the second main screw mandrel, the second main screw, lower supporting plate, lower motor Knife under screw mandrel, adjusting screw rod bottom plate, lower cross-slide, horizontal sealing bottom tool, lower side tool post, latasuture under supporting plate, four sides Tool, lower guide spiro rod, wherein：The first servomotor of the encapsulation driving is connected with the second driving gear coaxial transmission, the second master Moving gear is connected by feed belt and the second driven gear, and the second driven gear and the second main screw mandrel coaxial transmission connect Connect；Second main screw mandrel and the second main screw screw thread being fixedly mounted on lower supporting plate are connected；Starting encapsulation driving the After one servomotor, encapsulation the first servomotor of driving is by driving the second driving gear to be rotated forward or reversely revolved Turn, and then the second main screw mandrel for driving the second driven gear and being connected with the second driven gear coaxial transmission carries out positive rotation Turn or reversely rotate so that realize the second main screw and together with the lower supporting plate that the second main screw is fixed as one it is upward Movement is perhaps moved down.

Screw mandrel under four sides being mutually arranged side by side is installed with lower supporting plate, under this four sides screw mandrel by Under up sequentially pass through by lower motor support plate and be fixedly connected upwards with adjusting screw rod bottom plate；Specifically：Every side It is slidably connected under side between screw mandrel and lower motor support plate by linear bearing；Wherein：Encapsulation driving the first servo electricity Machine, the second driving gear, the second driven gear and the second main screw mandrel are fixedly mounted in lower motor support plate；The horizontal sealing Bottom tool is fixedly connected by lower cross-slide with adjusting screw rod bottom plate, and latasuture bottom tool passes through lower side tool post and regulation Screw rod bottom plate is fixedly connected；Such structure design so that horizontal sealing bottom tool, latasuture bottom tool under adjusting screw rod with consolidating Fixed board is into a single integrated structure, along four sides under screw mandrel move upwardly together or move down in company with lower supporting plate, i.e., under coating materials Extruding encapsulation close to each other has wrapped thing coating materials to be packaged or to it between packaging system on packaging system and the coating materials Reset is separated from each other after encapsulation.

It is side by side up and down between the upper active directive wheel and lower active directive wheel to set as preferred, on from action-oriented It is side by side up and down between wheel and lower driven guide wheel to set；And between upper active directive wheel and upper driven guide wheel, and lower master Left and right be arranged in parallel between action-oriented wheel and lower driven guide wheel.

Compared with prior art, the beneficial effects of the invention are as follows：

Using technical scheme, coating materials can will effectively be delivered into by coating materials conveying device and be oriented to packaging Packaging coating materials on device is entirely deployed, it is to avoid the phenomenon such as one piece of fold or folding shrinking occurs in packaging coating materials； Adjust to above and below coating materials guiding packing device can be carried out in time according to the size dimension difference of thing to be packaged and left and right It is whole so that packaging coating materials is all the time in preferably position (typically adjusting thing to be packaged to the intermediate region of packaging coating materials) from treating Packing material goes to be wrapped thing to be packaged with carrying out upper and lower surface, that is, reaches and protected all the time between packaging coating materials and thing to be packaged Hold small gap, it is to avoid the waste to packing coating materials excessive use occur；It will protected simultaneously between packaging coating materials and thing to be packaged Small gap is held, follow-up coating materials guiding packaging mechanism is also improved and is packaged to wrapping thing to be packaged via packaging film material Efficiency.

Brief description of the drawings

In order to illustrate more clearly about the embodiment of the present invention or technical scheme of the prior art, below will be to embodiment or existing There is the accompanying drawing used required in technology description to be briefly described, it should be apparent that, drawings in the following description are only this Some embodiments of invention, for those of ordinary skill in the art, on the premise of not paying creative work, can be with Other accompanying drawings are obtained according to these accompanying drawings.

Fig. 1 is a kind of dimensional structure diagram of sealing machine in the present invention；

Fig. 2~4 for the present invention in coating materials conveying device different angles structural representation；

Fig. 5~7 are oriented to structural representation of the packing device in different angles for coating materials in the present invention；

Fig. 8 is the structural representation of intermediate cam plate of the present invention or so synchronous micro-adjusting device；

Fig. 9 is the structural representation of conveyer in the present invention；

Figure 10~11 for coating materials guider and the 3rd adjusting means fit structure in the present invention different angles signal Figure；

Figure 12 is the structural representation of coating materials packaging system in the present invention；

Figure 13~14 in the present invention on coating materials packaging system structural representation；

Figure 15~16 in the present invention under coating materials packaging system structural representation；

Wherein, marked in accompanying drawing as follows：

First, which places coating materials roller 101, second, places coating materials roller 102, pin hole wheel 123, brush cylinder 103, film feeding rubber Glue cylinder 104, belt tensioning drum 105, the first cuticula roller 106, the second cuticula roller 107, the 3rd cuticula roller 108, coating materials draw Guide roll cylinder 109, contraction coating materials 110, two shelves film bars 111, double slideway synchronizing wheels 112, the first timing belt 113, the second timing belts 114th, tension regulator arm 115, counterweight axis 1161, counterweight block 116, tensioner arm 117, regulation axle support plate 118, high high adjustment Annulus 119, tension adjustment axle 120, set square 122 under set square 121, point film on point film；Spacing adjusting device above and below set square 13, the first adjusting handle 131, the first regulation screw mandrel 132, the first nut block 133, adjusting rod upper fixed seat 134, upper set square is consolidated Fixed board 135, lower set square fixed plate 136, sideslip bar 137；Upper coating materials support frame 141, lower coating materials support frame 142, photoelectricity Inductive switch 143, conveys support frame 144；Set square or so synchronous micro-adjusting device 15, the second adjusting handle 151, the second regulation Screw mandrel 152, framework supporting plate 153, second straight line guide rod 154, second straight line sliding block 155, side fixed plate 156；Conveyer 16, transmit motor 160, feed belt 161, drive roll 162, rate of tension regulation roller group 163, driven roller 164；Coating materials is led To drive device 20, coating materials is oriented to motor 200, and first gear 201, second gear 202, the 3rd gear 203, lower active is led To wheel 212, upper active directive wheel 211, lower driven guide wheel 222, upper driven guide wheel 221, upper guiding band 231, lower guiding band 232, upper sizing support frame 241, lower sizing support frame 242, the 3rd adjusting means 25, the 3rd adjusting handle 251, the 3rd regulation silk Bar 252, the 3rd nut block 253, the 3rd linear guide 254, the 3rd linear slider 255, upper fixed support plate 256, lower fixed branch Fagging 257；Packaging system 30 on coating materials, encapsulation the first servomotor 300 of driving, the first driving gear 301, the first driven gear 302, the first main screw mandrel 303, the first main screw 304, upper backup pad 311, upper motor support plate 312, four side upper screw rods 313, adjusting screw rod upper mounted plate 314, upper tranverse blade frame 315, horizontal sealing fixes a cutting tool 316, upper side tool post 317, and latasuture fixes a cutting tool 318, Upper guide spiro rod 319, buffering of fixing a cutting tool mounting seat 32, Upper gasket 321 installs support bar 322, lower gasket 323；Encapsulated under coating materials Device 40, encapsulation the first servomotor 400 of driving, the second driving gear 401, the second driven gear 402, the second main screw mandrel 403, Screw mandrel 413, adjusting screw rod bottom plate under second main screw 404, lower supporting plate 411, lower motor support plate 412, four sides 414, lower cross-slide 415, horizontal sealing bottom tool 416, lower side tool post 417, latasuture bottom tool 418, lower guide spiro rod 419, bottom tool Buffer mounting seat 42.

Embodiment

Below in conjunction with the accompanying drawing in the embodiment of the present invention, the technical scheme in the embodiment of the present invention is carried out clear, complete Site preparation is described, it is clear that described embodiment is only a part of embodiment of the invention, rather than whole embodiments.It is based on Embodiment in the present invention, it is every other that those of ordinary skill in the art are obtained under the premise of creative work is not made Embodiment, belongs to the scope of protection of the invention.

As shown in Fig. 1~16, the present invention provides a kind of specific embodiment of sealing machine, as shown in Figure 1：A kind of sealing machine bag The coating materials conveying device for conveying coating materials is included, the coating materials guiding that coating materials treats packing material progress parcel packaging is oriented to for drawing Packing device, and wrap the coating materials guiding packaging mechanism that thing to be packaged is packaged via coating materials for drawing to be oriented to. As shown in fig. 7, the present invention, which provides a kind of coating materials applied to sealing machine, is oriented to packing device, the coating materials is oriented to packing device bag Include for adjusting set square 121 and a point film on point film on above-below direction (the i.e. longitudinally perpendicular conveying direction before and after thing to be packaged) Spacing adjusting device 13 above and below the how many set square of spacing between lower set square 122, for left and right directions (i.e. laterally perpendicular to Conveying direction before and after thing to be packaged) on set square of set square 122 or so is same under set square 121 and point film on mobile point of film of regulation Micromatic setting 15 is walked, and for transmitting the conveyer 16 of thing to be packaged；The coating materials, which is oriented to packaging mechanism, to be included being used to lead Guide to conveying and wrapped the coating materials guider that the coating materials of thing to be packaged is packaged, for defeated perpendicular to coating materials guiding The 3rd adjusting means 25 for carrying out upper-lower height adjustment on direction to the coating materials guider is sent, and for being oriented to along coating materials The thing coating materials to be packaged that wrapped that device enters in presumptive area carries out the film that horizontal direction and lateral are packaged Expect packaging system.

As shown in figs. 2 to 4：The coating materials conveying device includes first and places the placement coating materials roller of coating materials roller 101, second 102nd, pin hole wheel 123, brush cylinder 103, film feeding rubber cylinder 104, belt tensioning drum 105, the first cuticula roller 106, second shield Membrane cylinder 107, the 3rd cuticula roller 108, coating materials guide roller 109, two shelves film bars 111, double slideway synchronizing wheels 112, first Timing belt 113, the second timing belt 114, coating materials tightening regulator, regulation axle support plate 118, high high adjustment annulus 119, on point film Set square 122 under set square 121 and point film, wherein：A roll of contraction coating materials 110, first are installed between two shelves film bars 111 The placement coating materials roller 102 of coating materials roller 101 and second is placed to be arranged equally spaced at respectively before two place planes of shelves film bar 111 Support abuts contraction coating materials 110 respectively upwards for both sides afterwards, the first placement coating materials roller 101 and the second placement coating materials roller 102, First place coating materials roller 101 and second place the outside wall surface of coating materials roller 102 all the time with to shrink coating materials 110 bonded to each other, the Contraction coating materials 110 is driven to carry out rotation together during one placement coating materials roller 101 and the rotation of the second placement coating materials roller 102； Double slideway synchronizing wheels 112 are connected by the first timing belt 113 with the second placement coating materials roller 102, double slideway synchronizing wheels 112 It is connected by the second timing belt 114 and film feeding rubber cylinder 104；Realized and placed to second by double slideway synchronizing wheels 112 Coating materials roller 102 and film feeding rubber cylinder 104 synchronize driving and rotated.

As shown in Figure 3：The pin hole wheel 123 and brush cylinder 103 are arranged side by side in anterior-posterior horizontal shape, and in pin hole wheel The first gap for clamping and passing through coating materials is formed between 123 and brush cylinder 103；Carried out certainly driving the pin hole wheel 123 While turning, the pin hole wheel 123 can be to being punched by first gap and the coating materials that is wrapped in brush cylinder 103； The film feeding rubber cylinder 104 and belt tensioning drum 105 are arranged side by side in anterior-posterior horizontal shape, and in film feeding rubber cylinder 104 and open The second gap for clamping and passing through coating materials is formed between tight roller 105；The coating materials tightening regulator includes left and right simultaneously Arrange two tension regulator arms 115 set, counterweight axis 1161, counterweight block 116, two or so vertical tensioner arms side by side 117 and tension adjustment axle 120, two tensioner arms 117 bottom is fixed with the shaft core two ends that are set in belt tensioning drum 105 respectively to be connected Connect, two tensioner arms 117 top is fixedly connected with corresponding tension regulator arm 115 by middle part respectively；Two tension force The front end position of regulating arm 115 is movably set on tension adjustment axle 120 respectively so that two tension regulator arms 115 can be around Tension adjustment axle 120 to swing up and down；Counterweight block 116 is linked with one end telescopic movable of counterweight axis 1161, tool Body：It can be connected using the form telescopic slide formula of cylinder and its piston rod, the other end of counterweight axis 1161 (i.e. close The one end of power adjustment axis 120) with the front end position fixed-link of tension regulator arm 115；Such structure design, by counterweight block 116 are moved up and down along counterweight axis 1161 so that counterweight block 116 is sent out relative to the centroidal distance of tension adjustment axle 120 Changing, so as to realize the counterweight block 116 positioned at the side of tension adjustment axle 120 above and below the generation of tension adjustment axle 120 Swing, at the same positioned at the opposite side of tension adjustment axle 120 two tension regulator arms 115 and with two tension regulator arms 115 Two tensioner arms 117 of integrally connected are also correspondingly swung up and down；It is achieved thereby that to the second cuticula roller 107 and tensioning The regulation and control of the upper-lower position of roller 105.

As shown in figs. 34：It is provided between the rear end position of two tension regulator arms 115 for adjusting coating materials transmission Second cuticula roller 107 of rate of tension；First cuticula roller 106 and the 3rd cuticula roller 108 are mounted side by side on the rolling of the second cuticula The top of cylinder 107, the first cuticula roller 106 and the 3rd cuticula roller 108 are used to coordinate the second cuticula roller 107 to come together to adjust Coating materials transmits rate of tension；Coating materials guide roller 109 is arranged in the regulation axle support plate 118 of the lower section of the second cuticula roller 107, coating materials Guide roller 109 regulates and controls the coating materials guide roller 109 in adjustment axis branch by the high high adjustment annulus 119 on its end Upper-lower height in plate 118；The design of the structure is so different according to where set square 121 on point film with set square 122 under point film Height and position can regulate and control upper-lower height of the coating materials guide roller 109 in regulation axle support plate 118 at any time, to ensure that coating materials is guided The place horizontal plane of roller 109 is always positioned on point film under set square 121 and point film in the middle of set square 122.

As shown in figs. 34：Deployed by the coating materials shunk on coating materials 110, the coating materials is put down around first successively Put coating materials roller 101 and towards the first gap extended through positioned between pin hole wheel 123 and brush cylinder 103, then downwards Bypass brush cylinder 103 and towards the second gap extended through positioned between film feeding rubber cylinder 104 and belt tensioning drum 105, Then down around after belt tensioning drum 105 again up around the first cuticula roller 106, then down around the second cuticula roller Then divide set square on film down around direction after coating materials guide roller 109 up around the 3rd cuticula roller 108 again after 107 121 or point film under set square 122 deployed and be pointed to set square 121 and person on point film to divide under film between set square 122 Material upper surface or lower surface carry out capping coating materials and packed.

As shown in figures 5-8：Spacing adjusting device 13 is adjusted including the first adjusting handle 131, first above and below the set square Screw mandrel 132, the first nut block 133, adjusting rod upper fixed seat 134, the upper set square for set square 121 on point film to be fixedly mounted Fixed plate 135, for the lower set square fixed plate 136 of set square 122 to be fixedly mounted under point film and for being oriented to upper set square Two sideslip bars 137 that fixed plate 135 is moved up and down, wherein：First adjusting handle 131 and first adjusts screw mandrel 132 coaxial transmissions are connected, and the first regulation screw mandrel 132 is sequentially passed through by adjusting rod upper fixed seat 134 and upper triangle from top to bottom Be slidably connected between plate fixed plate 135, and the first regulation screw mandrel 132 and adjusting rod upper fixed seat 134 by linear bearing, First regulation screw mandrel 132 is connected with the upper screw thread of set square fixed plate 135；Specifically：First regulation screw mandrel 132 is pacified with fixed It is connected mounted in the screw thread of the first nut block 133 being oriented in upper set square fixed plate 135.

As shown in Figure 6：Two sideslip bars 137 are fixedly mounted on adjusting rod upper fixed seat 134 and fixed with lower set square Between plate 136, this two sideslip bars 137 extend through set square fixed plate 135, and two 137 points of sideslip bars from top to bottom It is not slidably connected with upper set square fixed plate 135；The design of the structure, starts first adjusting handle 131 and is rotated And simultaneously driving first adjust screw mandrel 132 rotated forward or reversely rotated, by first adjust screw mandrel 132 rotating forward or Person, which inverts, to be caused upper set square fixed plate 135 and is fixed on point film in set square fixed plate 135 set square 121 upper The upward elevating movement in lower section；So as to realize on point film set square 121 and divide spacing regulation how much between set square 122 under film.

As shown in figs. 6-7：Set square 122 is fixedly mounted on conveying branch by lower set square fixed plate 136 under described point of film On support frame frame 144, the transmission that set square 122 and conveying support frame 144 are installed in for conveying thing to be packaged under point film is filled Put 16 lower sections.

As shown in Fig. 7~8：Described set square or so synchronous micro-adjusting device 15 is adjusted including the second adjusting handle 151, second Screw mandrel 152, framework supporting plate 153, two second straight line guide rods 154, four second straight line sliding blocks 155 and in left and right side by side two Block side fixed plate 156, wherein：The left and right ends of two second straight line guide rods 154 are respectively erected in two pieces of sides and fixed On plate 156, two second straight line sliding blocks 155, and these second straight line sliding blocks are arranged with every second straight line guide rod 154 155 can be along corresponding second straight line guide rod 154 or so sliding back and forth, the fixed peace of these second straight line sliding blocks 155 On the bottom surface of framework supporting plate 153；Second adjusting handle 151 is connected with the second regulation coaxial transmission of screw mandrel 152, and second Regulation screw mandrel 152 by extending through framework supporting plate 153 and being connected with the screw thread of framework supporting plate 153 from left to right；It is described Framework supporting plate 153 is fixedly connected integrally with conveying support frame 144；Start second adjusting handle 151 to be rotated simultaneously Simultaneously driving second adjust screw mandrel 152 rotated forward or reversely rotated, by second adjust screw mandrel 152 rotating forward or Reversion cause framework supporting plate 153 and together with the conveying support frame 144 being fixedly connected in framework supporting plate 153 along Two leftward or rightward slidings of second straight line guide rod 154；Because set square 122 passes through lower set square fixed plate under point film 136 are fixedly mounted in conveying support frame 144, and on point film set square 121 with set square 122 under point film in the lateral direction It is structure as a whole；It so have effectively achieved the same step of set square 121 and set square 122 under point film in left and right directions on point film Whole movement.

As shown in Figure 7：The bottom surface of set square 121 and it is installed with point film below upper set square fixed plate 135 For the upper coating materials support frame 141 of spacing conveying coating materials, i.e., such structure, it is ensured that the coating materials positioned at upper strata is always positioned at Above article to be packaged and it is fitted on point film on the bottom surface of set square 121.In conveying support frame 144 and under point film The membrane front of set square 122 is installed with the lower coating materials support frame 143 for spacing conveying coating materials；In the support of upper coating materials The two side ends of the upper surface of framework 141 are provided with photoelectric sensor switch 143, specifically, and photoelectric sensor switch 143 is by including transmitting The correlation type photoelectric sensor switch composition of device and receiver；The photoelectric sensor switch 143 upwardly extends and protrudes transmission dress Put 16 upper surface.

Wherein：The operation principle of the photoelectric sensor switch 143 is：When thing to be packaged enters under point film along conveyer 16 The membrane of set square 122 foremost edge while, also simultaneously enter photoelectric sensor switch 143 detection range in, now wait to wrap Dress thing is blocked the light beam that photoelectric sensor switch 143 is launched, and (i.e. receiver can not receive the spontaneous emitter of origin The light beam sent), the signal now sensed is transferred to sealing-cutting device and opens the sealing-cutting device by photoelectric sensor switch 143, The thing smooth delivery of power to be packaged is entered in the range of sealing；It is gradually moved forward in thing to be packaged and leaves set square under point film 122 membranes are foremost behind edge, the light beam that now thing to be packaged is launched photoelectric sensor switch 143 it is smooth it is unobstructed (i.e. Receiver can swimmingly receive the light beam that the spontaneous emitter of origin is sent), photoelectric sensor switch 143 is by the letter now sensed Number it is transferred to sealing-cutting device and closes the sealing-cutting device, so as to completes to enter two layers of the packaging coating materials up and down for being wrapped in thing to be packaged Row sealing is operated.

As shown in Figure 9：The conveyer 16 includes transmission motor 160, feed belt 161, drive roll 162, tensioning Degree regulation roller group 163 and driven roller 164, wherein：Feed belt 161 is arranged on the top of conveying support frame 144；Transmit skin Band 161 bypasses drive roll 162, rate of tension regulation roller group 163 and driven roller 164 successively, and the transmission motor 160 is used for Drive roll 162 is driven to carry out rotation, so as to drive feed belt 161 to adjust roller along drive roll 162, rate of tension successively Group 163 and driven roller 164 carry out shuttling movement.

As shown in Figure 10~11：The coating materials guider includes coating materials and is oriented to motor 200, first gear 201, the Two gears 202, the 3rd gear 203, upper active directive wheel 211, lower active directive wheel 212, upper driven guide wheel 221, under it is driven Directive wheel 222, upper guiding band 231, lower guiding band 232, upper sizing support frame 241, lower sizing support frame 242, wherein：Coating materials is led It is connected to the output shaft of motor 200 with the coaxial transmission of first gear 201, first gear 201 passes through second gear 202 and Three gears 203 are connected, and drive connection, second gear 202 are intermeshed between first gear 201 and second gear 202 Drive connection is intermeshed between the 3rd gear 203；Specifically：First gear 201, the gear 203 of second gear 202 and the 3rd It is arranged side by side successively from top to bottom successively, second gear 202 is identical with the size specification of the 3rd gear 203, to ensure second The uniformity of gear 202 and the autorotation speed of the 3rd gear 203；Second gear 202 connects with the lower coaxial transmission of active directive wheel 212 Connect, the 3rd gear 203 is connected with the upper coaxial transmission of active directive wheel 211, upper active directive wheel 211 and upper driven guide wheel 221 Between be arranged with guiding band 231, be arranged between lower active directive wheel 212 and lower driven guide wheel 222 it is lower guiding band 232, It can be led between upper guiding band 231 and lower guiding band 232 close to fitting part entrainment of coating materials from active directive wheel end to driven To the movement of wheel end；The upper sizing support frame 241 supports guiding band 231 on this for sizing, and upper sizing support frame 241 is set Abutted between upper active directive wheel 211 and upper driven guide wheel 221 and with the upper guiding medial surface of band 231；The lower sizing branch Support 242 for sizing support this it is lower guiding band 232, it is lower sizing support frame 242 be arranged on lower active directive wheel 212 with from Abutted between action-oriented wheel 222 and with the lower guiding medial surface of band 232；Such structure design so that above guide band 231 to draw with Close part can clamp coating materials all the time between conduction band 232, to ensure that coating materials is oriented to the Accuracy and high efficiency of conveying.

Wherein：It is side by side up and down between the upper active directive wheel 211 and lower active directive wheel 212 to set, on from action-oriented It is side by side up and down between wheel 221 and lower driven guide wheel 222 to set；And upper active directive wheel 211 and upper driven guide wheel 221 it Between, and between lower active directive wheel 212 and lower driven guide wheel 222 left and right be arranged in parallel.

As shown in figure 11：The coating materials is oriented to motor 200, first gear 201, second gear 202, the 3rd gear 203 be fixedly mounted on up and down regulation fixed frame in, and it is upper sizing support frame 241, it is lower sizing support frame 242 respectively with up and down Regulation fixed frame is fixedly connected；3rd adjusting means 25 regulation fixed frame should be moved up and down up and down by driving, from And realize and adjustment is integrally moved up and down to coating materials guider.

As shown in Figure 10~11：3rd adjusting means 25 include the 3rd adjusting handle the 251, the 3rd regulation screw mandrel 252, 3rd nut block 253, two the 3rd linear guides 254, two group of the 3rd linear slider 255, upper fixed support plate 256 and lower fixation Supporting plate 257, wherein：3rd adjusting handle 251 is connected with the 3rd regulation coaxial transmission of screw mandrel 252, the 3rd regulation screw mandrel 252 extend through fixed support plate 256 and with being fixedly mounted on the 3rd nut adjusted up and down on fixed frame from top to bottom The screw thread of block 253 is connected；Two the 3rd linear guides 254 are fixedly mounted on fixed support plate 256 and lower fixed support plate Between 257, and slip cap is distinguished provided with one group of the 3rd linear slider 255 on this two the 3rd linear guides 254, these the 3rd Linear slider 255 is fixedly mounted on regulation fixed frame up and down；Such structure design, realizes two the 3rd linear guides 254 be used to being oriented to above and below regulation fixed frame and adjusted up and down with this coating materials guider for being fixedly connected of fixed frame along This two the 3rd linear guides 254 move up and down adjustment.

As shown in Figure 12~16：The coating materials packaging system is the packaging system 40 under packaging system 30 and coating materials on coating materials It is oppositely arranged up and down；Packaging system 30 uses structure design symmetrical above and below with packaging system 40 under coating materials on coating materials；Its In：Packaging system 30 includes encapsulation the first servomotor 300 of driving, the first driving gear 301, the first driven tooth on the coating materials Wheel 302, the first main screw mandrel 303, the first main screw 304, upper backup pad 311, upper motor support plate 312, four side upper screw rods 313, adjusting screw rod upper mounted plate 314, upper tranverse blade frame 315, horizontal sealing fixes a cutting tool 316, upper side tool post 317, and latasuture fixes a cutting tool 318, Upper guide spiro rod 319, wherein：The first servomotor 300 of the encapsulation driving is connected with the coaxial transmission of the first driving gear 301, First driving gear 301 is connected by feed belt with the first driven gear 302, the first driven gear 302 and the first master The coaxial transmission of screw mandrel 303 is connected；First main screw mandrel 303 and the first main screw thread of screw 304 being fixedly mounted on upper backup pad 311 It is connected；After encapsulation the first servomotor 300 of driving is started, encapsulation the first servomotor 300 of driving passes through driving first Driving gear 301 is rotated forward or reversely rotated, so drive the first driven gear 302 and with first driven tooth The the first main screw mandrel 303 for taking turns the connection of 302 coaxial transmissions is rotated forward or reversely rotated, so as to realize the first main screw 304 and the upper backup pad 311 that is fixed as one with the first main screw 304 move upwardly together and perhaps move down；In upper branch Four side upper screw rods 313 being mutually arranged side by side are installed with fagging 311, this four side upper screw rods 313 on toward Under sequentially pass through by upper motor support plate 312 and be fixedly connected with adjusting screw rod upper mounted plate 314 downwards；Specifically：Every It is slidably connected between side upper screw rod 313 and upper motor support plate 312 by linear bearing；Wherein：Encapsulation driving the One servomotor 300, the first driving gear 301, the first driven gear 302 and the first main screw mandrel 303 are fixedly mounted on In motor support plate 312；The horizontal sealing fixes a cutting tool 316 by upper tranverse blade frame 315 and the fixation of adjusting screw rod upper mounted plate 314 company Connect, and latasuture is fixed a cutting tool and 318 is fixedly connected by upper side tool post 317 with adjusting screw rod upper mounted plate 314；Such structure is set Meter so that horizontal sealing fix a cutting tool 316, latasuture fix a cutting tool it is 318 into a single integrated structure with adjusting screw rod upper mounted plate 314, along four Side upper screw rod 313 is moved upwardly together or moved down in company with upper backup pad 311, i.e., packaging system 30 and the film on coating materials Extruding encapsulation close to each other has wrapped thing coating materials to be packaged or has been separated from each other after being encapsulated to it between the lower packaging system 40 of material Reset.

As shown in figure 14：Horizontal sealing fix a cutting tool between 316 and upper tranverse blade frame 315 and latasuture fix a cutting tool 318 with upper side tool Mutually interval has been mounted side by side on coating materials under packaging system 30 and the coating materials between packaging system 40 mutually between frame 317 Multiple fix a cutting tool buffering mounting seat 32 and the multiple upper guide spiro rods 319 of buffering effect are played in extruding encapsulation process, wherein：Often Individual buffering mounting seat 32 of fixing a cutting tool includes stage clip, Upper gasket 321, installs support bar 322 and lower gasket 323, installs support bar 322 Upper tranverse blade frame 315 is extended through from lower to upper and horizontal sealing is extended into fixes a cutting tool in 316 and extend through from lower to upper upside Knife rest 317 simultaneously extends into latasuture and fixed a cutting tool in 318, and Upper gasket 321 is fixedly mounted on the installation top of support bar 322 and by upper horizontal stroke The upside end face of knife rest 315 or the upside end face of upper side tool post 317 are withheld；Lower gasket 323, which is slidably located in, installs support bar 322 On, the bottom face of lower gasket 323 is abutted with the stage clip top ends being set on installation support bar 322, on stage clip bottom and horizontal sealing Cutter 316 or latasuture are fixed a cutting tool 318 abuttings.The design of the structure, it is ensured that horizontal sealing fix a cutting tool 316 with upper tranverse blade frame 315 it Between and latasuture stress extruding of fixing a cutting tool between 318 and upper side tool post 317 carry out that certain buffering effect can be produced in encapsulation process Really.

As shown in Figure 15~16：Using with the essentially identical configuration of packaging system 30 on the coating materials, seal under the coating materials Assembling device 40 includes the first servomotor 400 of encapsulation driving, the second driving gear 401, the second driven gear 402, the second main silk Under bar 403, the second main screw 404, lower supporting plate 411, lower motor support plate 412, four sides under screw mandrel 413, adjusting screw rod Fixed plate 414, lower cross-slide 415, horizontal sealing bottom tool 416, lower side tool post 417, latasuture bottom tool 418, lower guide spiro rod 419, Wherein：The first servomotor 400 of the encapsulation driving is connected with the coaxial transmission of the second driving gear 401, the second driving gear 401 It is connected by feed belt with the second driven gear 402, the second driven gear 402 and the second main coaxial transmission of screw mandrel 403 Connection；Second main screw mandrel 403 and the second main screw thread of screw 404 being fixedly mounted on lower supporting plate 411 are connected；Starting After encapsulation the first servomotor 400 of driving, encapsulation the first servomotor 400 of driving is by driving the second driving gear 401 to carry out Rotate forward or reversely rotate, and then drive the second driven gear 402 and connect with the coaxial transmission of the second driven gear 402 The the second main screw mandrel 403 connect is rotated forward or reversely rotated, thus realize the second main screw 404 and with this second master The lower supporting plate 411 that screw 404 is fixed as one, which is moved upwardly together, perhaps to be moved down.

Screw mandrel 413 under four sides being mutually arranged side by side is installed with lower supporting plate 411, under this four sides Screw mandrel 413 is sequentially passed through by lower motor support plate 412 and fixed upwards with adjusting screw rod bottom plate 414 from lower to upper to be connected Connect；Specifically：It is slidably connected under every side between screw mandrel 413 and lower motor support plate 412 by linear bearing；Its In：The first servomotor 400 of encapsulation driving, the second driving gear 401, the second driven gear 402 and the second main screw mandrel 403 are equal It is fixedly mounted in lower motor support plate 412；The horizontal sealing bottom tool 416 passes through fixed under lower cross-slide 415 and adjusting screw rod Plate 414 is fixedly connected, and latasuture bottom tool 418 is fixedly connected by lower side tool post 417 with adjusting screw rod bottom plate 414； Such structure design so that horizontal sealing bottom tool 416, latasuture bottom tool 418 are integrally tied with adjusting screw rod bottom plate 414 Structure, along four sides under screw mandrel 413 move upwardly together or move down in company with lower supporting plate 411, i.e., under coating materials encapsulate dress Put on 40 and the coating materials extruding encapsulation close to each other between packaging system 30 and wrap thing coating materials to be packaged or to its envelope Reset is separated from each other after dress.

It should also be noted that, herein, such as first and second or the like relational terms are used merely to one Entity or operation make a distinction with another entity or operation, and not necessarily require or imply between these entities or operation There is any this actual relation or order.Moreover, term " comprising ", "comprising" or its any other variant are intended to contain Lid nonexcludability is included, so that process, method, article or equipment including a series of key elements not only will including those Element, but also other key elements including being not expressly set out, or also include being this process, method, article or equipment Intrinsic key element.In the absence of more restrictions, the key element limited by sentence "including a ...", it is not excluded that Also there is other identical element in process, method, article or equipment including the key element.

The embodiment of each in this specification is described by the way of progressive, and what each embodiment was stressed is and other Between the difference of embodiment, each embodiment identical similar portion mutually referring to.

The foregoing description of the disclosed embodiments, enables professional and technical personnel in the field to realize or using the present invention. A variety of modifications to these embodiments will be apparent for those skilled in the art, as defined herein General Principle can be realized in other embodiments without departing from the spirit or scope of the present invention.Therefore, it is of the invention The embodiments shown herein is not intended to be limited to, and is to fit to and principles disclosed herein and features of novelty phase one The most wide scope caused.

Claims

1. a kind of coating materials applied to sealing machine is oriented to packing device, it is characterised in that including for adjusting in the vertical direction Set square (121) is with dividing under film between set square (122) spacing adjusting device (13) above and below the how many set square of spacing on point film, For adjusting set square of set square (122) or so synchronization under set square (121) and point film on mobile point of film in the lateral direction Micromatic setting (15), and for transmitting the conveyer (16) of thing to be packaged；

Spacing adjusting device (13) includes the first adjusting handle (131), the first regulation screw mandrel (132), adjusted above and below the set square Pole upper fixed seat (134), for the upper set square fixed plate (135) of set square (121) on point film to be fixedly mounted, for fixing The lower set square fixed plate (136) of set square (122) is installed under point film and entered for being oriented to upper set square fixed plate (135) Two sideslip bars (137) that row is moved up and down, wherein：

First adjusting handle (131) with first regulation screw mandrel (132) coaxial transmission be connected, first adjust screw mandrel (132) by On down sequentially pass through by adjusting rod upper fixed seat (134) and upper set square fixed plate (135), and the first regulation screw mandrel (132) be slidably connected between adjusting rod upper fixed seat (134) by linear bearing, first regulation screw mandrel (132) with it is upper Set square fixed plate (135) screw thread is connected；

Two sideslip bars (137) be fixedly mounted on adjusting rod upper fixed seat (134) and lower set square fixed plate (136) it Between, this two sideslip bars (137) extend through set square fixed plate (135) from top to bottom, and two sideslip bars (137) are respectively It is slidably connected with upper set square fixed plate (135)；

Set square (122) is fixedly mounted on conveying support frame (144) by lower set square fixed plate (136) under described point of film On, set square (122) and conveying support frame (144) are installed in the conveyer (16) for conveying thing to be packaged under point film Lower section；

Described set square or so synchronous micro-adjusting device (15) includes the second adjusting handle (151), the second regulation screw mandrel (152), frame Frame supporting plate (153), two second straight line guide rods (154), four second straight line sliding blocks (155) and two pieces of sides in left and right side by side Side fixed plate (156), wherein：

The left and right ends of two second straight line guide rods (154) are respectively erected on two pieces of side fixed plates (156), at every Two second straight line sliding blocks (155) are arranged with second straight line guide rod (154), and these second straight line sliding blocks (155) being capable of edge Corresponding second straight line guide rod (154) left and right sliding back and forth, these second straight line sliding blocks (155) are fixedly mounted on frame On frame supporting plate (153) bottom surface；

Second adjusting handle (151) with second regulation screw mandrel (152) coaxial transmission be connected, second adjust screw mandrel (152) by Framework supporting plate (153) is extended through from left to right and is connected with framework supporting plate (153) screw thread；The framework supporting plate (153) it is fixedly connected integrally with conveying support frame (144).

2. a kind of coating materials applied to sealing machine according to claim 1 is oriented to packing device, it is characterised in that dividing Set square (121) bottom surface and it is installed with film below the upper set square fixed plate (135) for spacing conveying coating materials Upper coating materials support frame (141).

3. a kind of coating materials applied to sealing machine according to claim 1 is oriented to packing device, it is characterised in that defeated Send in support frame (144) and set square (122) membrane front is installed with for spacing conveying coating materials under point film Lower coating materials support frame (143)；Two side ends in upper coating materials support frame (141) upper surface are provided with photoelectric sensor switch (143), the photoelectric sensor switch (143) upwardly extends and protrudes the upper surface of conveyer (16).

4. a kind of coating materials applied to sealing machine according to claim 1 is oriented to packing device, it is characterised in that described Conveyer (16) includes transmission motor (160), feed belt (161), drive roll (162), rate of tension regulation roller group (163) and driven roller (164), wherein：Feed belt (161) is arranged on above conveying support frame (144)；Feed belt (161) drive roll (162), rate of tension regulation roller group (163) and driven roller (164), the transmission motor are bypassed successively (160) it is used to drive drive roll (162) to carry out rotation, so as to drive feed belt (161) successively along drive roll (162), rate of tension regulation roller group (163) and driven roller (164) carry out shuttling movement.

5. a kind of sealing machine, including a kind of coating materials guiding packaging applied to sealing machine as described in claim 1,2,3 or 4 Device.